Featuring an anodised aluminium frame, this solar panel offers stability and durability across various environmental conditions. The frame is designed to resist challenges, such as wind, snow, salt mist, and ammonia corrosion. This ensures that it remains reliable even in harsh conditions, making it a dependable choice for outdoor installations. Built to endure, this sturdy frame contributes to the solar panel’s longevity, allowing it to withstand the elements with ease.
Thanks to mechanical load resistance, this solar panel can withstand up to 2,400 Pa wind load and up to 5,400 Pa snow load. Sporting anti-PID technology, this panel can work efficiently under up to 85% damp heat and up to 85% relative humidity for up to 96 hours, ensuring long-lasting durability. Boasting certification for salt mist corrosion, ammonia corrosion, dust and sand, and fire resistance by TUV, it is ideal for use in challenging environments. With optimal electroluminescence performance, this panel ensures fault-free performance before and after lamination.
Boasting up to 545 W power output, this solar panel utilises Mono PERC technology to enhance its durability and efficiency. The technology ensures high energy conversion rates and long-lasting performance. With its robust output, it can meet the energy needs of large-scale projects. This powerful efficiency ensures that the solar panel operates effectively in various conditions, maximising energy production throughout its service life.
Available in a pack of two, this solar panel is designed to optimise energy output for large-scale projects. The combo pack is a convenient solution for installations requiring multiple panels, helping to streamline energy production. By combining these panels, the energy output is significantly increased, making them an ideal choice for residential or commercial setups that need a consistent power source.
Featuring solar power technology, this solar panel offers a maximum power output of up to 545 W. Sporting a up to 10 BB bus bar design, it ensures reliable performance with a voltage at Pmax of up to 41.93 V and a current of up to 13 A. Thanks to its open circuit voltage of up to 49.9 V and short circuit current of up to 13.81 A, it delivers efficient energy conversion. Boasting a nominal operating cell temperature (NOCT) of 45+2°C and an operating temperature range of up to -40°C to +85°C, this module performs well in various environments. Courtesy of its maximum system voltage of up to 25 A and maximum series fuse rating of up to 1500 VDC, it ensures safe and durable operation. The module is built using mono-Si cell technology and is classified under Class A for reliable and consistent use.
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